Este documento proporciona instrucciones para instalar y usar el software Lego Mindstorms NXT. Explica los requisitos del sistema, los pasos para instalar el software, y presenta las principales características de la interfaz del usuario como la zona de trabajo, la paleta de programación y el controlador. También incluye un breve tutorial para crear y ejecutar el primer programa de sonido en el robot NXT.
FAIR Data Prototype - Interoperability and FAIRness through a novel combinati...Mark Wilkinson
This slide deck accompanies the manuscript "Interoperability and FAIRness through a novel combination of Web technologies", submitted to PeerJ Computer Science: https://doi.org/10.7287/peerj.preprints.2522v1
It describes the output of the "Skunkworks" FAIR implementation group, who were tasked with building a prototype infrastructure that would fulfill the FAIR Principles for scholarly data publishing. We show how a novel combination of the Linked Data Platform, RDF Mapping Language (RML) and Triple Pattern Fragments (TPF) can be combined to create a scholarly publishing infrastructure that is markedly interoperable, at both the metadata and the data level.
This slide deck (or something close) will be presented at the Dutch Techcenter for Life Sciences Partners Workshop, November 4, 2016.
Spanish Ministerio de Economía y Competitividad grant number TIN2014-55993-R
Since 1967, the Federation of Southern Co-operatives (FSC) has worked to increase incomes, support economic development, and assist in land retention, especially for African Americans but essentially for all family farmers in the Southern US. This presentation focuses on efforts to develop regional marketing and food distribution systems that can link co-operative communities in the South with those in other parts of the country through trade.
A modeling workflow in systems biology: An overviewAnna Zhukova
A talk at the 1st RSGLux Congress, November 2016, Belval-University, Luxembourg.
In this talk we go though different steps of a typical modeling workflow, such as model inference, curation, simulation and analysis. We discuss tools and knowledgebases (model databases, ontologies) that can be used at each step, as well as the standards (e.g. SBML, SBGN) that permit us to encode models in a machine-readable format that can be exchanged between various tools, and facilitates model reuse.
FAIR Data Prototype - Interoperability and FAIRness through a novel combinati...Mark Wilkinson
This slide deck accompanies the manuscript "Interoperability and FAIRness through a novel combination of Web technologies", submitted to PeerJ Computer Science: https://doi.org/10.7287/peerj.preprints.2522v1
It describes the output of the "Skunkworks" FAIR implementation group, who were tasked with building a prototype infrastructure that would fulfill the FAIR Principles for scholarly data publishing. We show how a novel combination of the Linked Data Platform, RDF Mapping Language (RML) and Triple Pattern Fragments (TPF) can be combined to create a scholarly publishing infrastructure that is markedly interoperable, at both the metadata and the data level.
This slide deck (or something close) will be presented at the Dutch Techcenter for Life Sciences Partners Workshop, November 4, 2016.
Spanish Ministerio de Economía y Competitividad grant number TIN2014-55993-R
Since 1967, the Federation of Southern Co-operatives (FSC) has worked to increase incomes, support economic development, and assist in land retention, especially for African Americans but essentially for all family farmers in the Southern US. This presentation focuses on efforts to develop regional marketing and food distribution systems that can link co-operative communities in the South with those in other parts of the country through trade.
A modeling workflow in systems biology: An overviewAnna Zhukova
A talk at the 1st RSGLux Congress, November 2016, Belval-University, Luxembourg.
In this talk we go though different steps of a typical modeling workflow, such as model inference, curation, simulation and analysis. We discuss tools and knowledgebases (model databases, ontologies) that can be used at each step, as well as the standards (e.g. SBML, SBGN) that permit us to encode models in a machine-readable format that can be exchanged between various tools, and facilitates model reuse.
Written and presented by Tom Ingraham (F1000), at the Reproducible and Citable Data and Model Workshop, in Warnemünde, Germany. September 14th -16th 2015.
Seminário sobre Lego Mindstorms Ev3 apresentado na disciplina de Sensores e Atuadores do curso de Engenharia da Computação, do Centro Universitário de Votuporanga - UNIFEV.
2. Software
Microsoft Windows Instalación del software Procesador Intel pentium o
compatibel,minimo 800 MHz
Windows xp Profesional o Home Edition con
Service Pack 2 o Service Pack 3. Windows
Vista o Windows Vista Service Pack 1.
Mínimo 256MB de RAM
Hasta 700 MB de espacio disponible en el
disco duro
Pantalla XGA(1024x768)
1 puerto USB disponible
Unidad de CD-ROM
Adaptador compatible con
Bluetooth(opcional).
Salga de todos los programas abiertos.
Inserte el CD-ROM.
Si el CD-ROM no se ejecuta automáticamente:
haga clic en el botón Inicio [Start] (en la
esquina inferior izquierda de la pantalla del
ordenador).
haga clic en Ejecutar [Run]
escriba d:autorun.exe (donde d: es la
unidad de CD)
Siga las instrucciones de la pantalla
Antes de instalar el software lego mindstorms education nxt,asegurese de que su
ordenador cumpla con los requisitos del sistema
3. Inicie el software en su ordenador o Mac con un
doble clic en
el icono del programa
Escriba el nombre de su primer programa,
o simplemente haga clic en Ir.
Primero, haga clic en el icono del bloque
Sonido [Sound] en la paleta de programación.
4. Arrastre un bloque de Sonido [Sound] y suéltelo a la
derecha del punto de partida en la zona de trabajo.
Su programa ya está listo para descargar y ejecutar.
Asegúrese de que enciende su NXT y que conecta
el cable USB a su ordenador y al NXT (consulte la
página 9, Conexión de la tecnología NXT).
Localice el controlador en la esquina inferior derecha
de la
zona de trabajo. Haga clic en Descargar y ejecutar
(botón
central) y escuche lo que ocurre.
Enhorabuena, ha completado su primer programa.
5. Una presentación rápida
1. Robot Educator
2. Mi Portal
3. Barra de herramientas
4. Zona de trabajo
5. Ventana Ayuda contextual
6. Mapa de zona de trabajo
7. Paleta de programación
8. Panel de configuración
9. Controlador
10. Ventana del NXT
6. Presentación del software
Robot Educator
Aquí puede encontrar instrucciones de construcción y programación utilizando el modelo Robot Educator.
Mi portal
Aquí puede acceder a www.MINDSTORMSeducation.com para obtener herramientas, descargas e información
Barra de herramientas
La barra de herramientas incluye los comandos más frecuentemente utilizados de la barra de menú en una
ubicación de fácil acceso.
![Software
Microsoft Windows Instalación del software Procesador Intel pentium o
compatibel,minimo 800 MHz
Windows xp Profesional o Home Edition con
Service Pack 2 o Service Pack 3. Windows
Vista o Windows Vista Service Pack 1.
Mínimo 256MB de RAM
Hasta 700 MB de espacio disponible en el
disco duro
Pantalla XGA(1024x768)
1 puerto USB disponible
Unidad de CD-ROM
Adaptador compatible con
Bluetooth(opcional).
Salga de todos los programas abiertos.
Inserte el CD-ROM.
Si el CD-ROM no se ejecuta automáticamente:
haga clic en el botón Inicio [Start] (en la
esquina inferior izquierda de la pantalla del
ordenador).
haga clic en Ejecutar [Run]
escriba d:autorun.exe (donde d: es la
unidad de CD)
Siga las instrucciones de la pantalla
Antes de instalar el software lego mindstorms education nxt,asegurese de que su
ordenador cumpla con los requisitos del sistema](data:image/gif;base64,R0lGODlhAQABAIAAAAAAAP///yH5BAEAAAAALAAAAAABAAEAAAIBRAA7)